Degenerative Degenerative spine surgery addresses thoracic and lumbar conditions caused by disc degeneration, spinal stenosis, instability, and facet joint disease. These procedures are designed to relieve pain, restore function, and stabilize the spine while preserving alignment and mobility. As each patient’s anatomy, bone quality, and levels of degeneration can vary, surgery requires precise decompression and reliable fixation to achieve stability while minimizing surgical disruption.
Medacta’s adaptable platform of specialized implants, instrumentation, and enabling technologies supports effective decompression and reliable fixation across degenerative conditions. This reduces intraoperative variability and accommodates surgeon preferences, enabling reproducible outcomes across degenerative procedures.
The MySpine Optimizer is an advanced planner designed to provide surgeons with personalized preoperative planning for optimized screw and cage positioning and sagittal alignment restoration.
The Medacta M.U.S.T. MC screw system is designed to provide surgeons with a versatile minimally invasive solution for the midline cortical approach in thoracolumbar fusion.
The MectaLIF 3DM System is a novel generation of 3D-printed Titanium interbody fusion devices engineered to provide enhanced primary stability and long-term stabilization in lumbar posterior fusion procedures.
The Medacta MectaLIF Anterior Interbody Fusion Device offers an unprecedented MODULAR design that incorporates the benefits of an anterior plate and a radiolucent interbody spacer.
NextAR Spine is a personalized, streamlined, and proprietary Augmented Reality surgical platform that provides real-time guidance during spine surgery.
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